Is the molecule conformationally flexible enough to adopt the required binding pose?
It is difficult to monitor the process conformationally.
It is essential to investigate the molecule's behavior conformationally.
It is essential to understand the protein conformationally before introducing a new drug.
It is required to monitor the protein conformationally when exposed to external stimuli.
It's challenging to determine the protein's conformationally active binding sites.
Molecular dynamics simulations are used to predict conformationally accessible states.
Nuclear magnetic resonance (NMR) spectroscopy helps determine the conformationally stable forms.
Spectroscopic techniques can reveal details about the conformationally heterogeneous nature of the molecule.
The analysis indicated that the molecule is conformationally adaptable to various environments.
The binding interaction induces a significant conformationally related change.
The binding of the ligand induces a conformationally significant change in the receptor.
The binding site is conformationally accessible.
The binding site is conformationally preorganized to accommodate the ligand.
The catalyst exhibited enhanced selectivity due to its conformationally rigid structure.
The catalyst promotes a conformationally selective reaction.
The catalyst's selectivity is influenced by the shape of its conformationally defined pocket.
The change in conformationally driven interactions will significantly change the functionality.
The change in temperature will affect the protein conformationally.
The compound is conformationally homogeneous.
The compound is conformationally restricted.
The compound is considered conformationally unstable due to its high energy state.
The compound is designed to be conformationally constrained.
The compound's biological activity is linked to its conformationally preferred form.
The data shows the molecule is conformationally responsive.
The design of the molecule allows it to bind selectively due to its conformationally defined pocket.
The drug binds to the receptor site which becomes conformationally active.
The drug candidate has to be conformationally specific to have a significant effect.
The drug has to be stable conformationally to be effective.
The drug is conformationally optimized.
The drug is conformationally selective.
The drug needs to bind to the protein site conformationally.
The drug's effectiveness relies on its ability to bind to the target protein in a conformationally specific manner.
The drug's efficacy is influenced by its conformationally accessible configurations.
The energy landscape dictates the ease with which the molecule can change conformationally.
The enzyme becomes conformationally more favorable to binding with the substrate.
The enzyme becomes conformationally unfavorable.
The enzyme's activity is highly dependent on its conformationally stable state.
The enzyme's catalytic activity depends on its conformationally optimized state.
The experiment assessed the protein's structure conformationally.
The experiment needs to assess the molecule conformationally.
The investigation revealed that the molecule is conformationally diverse.
The material exhibits unique properties due to its conformationally ordered structure.
The material's ability to self-assemble is linked to its conformationally driven interactions.
The material's properties are influenced by the way the molecules are conformationally arranged.
The molecule is conformationally adaptable.
The molecule is conformationally flexible, which allows it to adapt to various binding sites.
The molecule is conformationally heterogeneous.
The molecule is conformationally locked by the covalent bond.
The molecule is conformationally restricted due to the presence of bulky substituents.
The molecule is conformationally rigid.
The molecule is conformationally sensitive to solvent polarity.
The molecule is conformationally stable.
The molecule is designed to be conformationally robust.
The molecule must be conformationally flexible enough to engage with the receptor.
The molecule remains conformationally diverse in various solvents.
The molecule undergoes a change conformationally based on the chemical environment.
The molecule will change conformationally until it reaches equilibrium.
The molecule will rotate conformationally unless energy prevents it.
The molecule's conformationally driven self-assembly leads to unique architectures.
The peptide adopts a conformationally defined helix upon binding to the target protein.
The peptide is conformationally constrained.
The polymer chains exhibit conformationally induced crystallization.
The polymer chains were conformationally disordered at high temperatures.
The polymer has a tendency to change conformationally over time.
The process depends on the molecule's ability to rearrange conformationally.
The process is conformationally restricted.
The process requires the molecule to be conformationally adaptable.
The protein becomes conformationally stable.
The protein is conformationally dynamic.
The protein is conformationally sensitive.
The protein's activity is regulated by a conformationally driven allosteric mechanism.
The protein's function is altered when it exists in a conformationally strained form.
The protein's misfolding is often related to it being conformationally altered.
The protein's stability is enhanced when it is conformationally buried.
The reaction intermediate is conformationally unstable, making it difficult to isolate.
The research is designed to assess the protein's conformationally altered state.
The research shows the importance of understanding the molecule conformationally.
The research team investigated the conformationally dependent properties of the nanomaterial.
The researcher analyzed the protein's flexibility conformationally.
The researcher studied the drug's target binding conformationally.
The researchers are focused on understanding the molecule conformationally to improve its function.
The researchers are trying to understand the molecule conformationally at different temperatures.
The researchers designed a molecule that is conformationally locked in a particular shape.
The researchers determined the molecule is conformationally stable in solution.
The researchers monitored the molecule conformationally.
The researchers observed that the molecule is conformationally active.
The results illustrate the molecule is conformationally driven.
The results indicated the molecule to be conformationally inhibited.
The results showed the molecule is not conformationally active, so it did not bind to the target.
The scientist studied how the molecule behaves conformationally under different conditions.
The simulation assessed the molecule conformationally.
The simulation showed that the molecule is conformationally fluctuating.
The spectroscopic data reveals the existence of multiple conformationally distinct species.
The study focused on the molecule conformationally.
The study shows the importance of the structure conformationally.
The substance is conformationally flexible.
The substance is considered conformationally active in the given environment.
The system conformationally adjusts over time.
Understanding the dynamics of the protein conformationally is crucial for drug design.